Researchers Discover That Carbon Cycling through Plants Is Underestimatedby Imperial College London,Hayley DunningCarbon from human activity is released into the atmosphere sooner than previously thought
Marine Researchers Describe Previously Unknown Part of Geological Carbon Cycleby Woods Hole Oceanographic Institution
NewsNew Method Has Promise for Accurate, Efficient Soil Carbon Estimatesby University of Illinois at Urbana-ChampaignAgroecosystem Sustainability Center researchers share the strategy and data publicly
NewsClimate Warming Reduces Organic Carbon Burial beneath Oceansby Rice UniversityPainstaking study of 50-plus years of seafloor sediment cores has surprise payoff
NewsMexican Mangroves Have Been Capturing Carbon for 5,000 Yearsby University of California - RiversideUnusual forests on stilts mitigate climate change
NewsEfficient Carbon Dioxide Reduction with a Novel, Inexpensive Catalystby Tokyo Institute of TechnologyA research team from Japan developed a new kind of photocatalyst for CO2 reduction
NewsPlankton Will Store More Carbon as Earth’s Climate Warmsby University of BristolCarbon storage after 2100 is uncertain, however
NewsNature-Based Carbon Removal Can Help Protect Us from a Warming Planetby Simon Fraser UniversityTo meet the Paris Agreement's climate goals, global net-zero CO2 emissions must be reached by mid-century
NewsBacterial Carbon Cycling in Soil Is Not a Shared Effortby U.S. Department of EnergyA few common bacteria use most of the carbon in soil
NewsMicrobiology Research Furthers Understanding of Ocean’s Role in Carbon Cyclingby Oregon State UniversityThis research is a step toward forecasting how much carbon will leave the ocean as greenhouse gas carbon dioxide
NewsPhenoCam Network Harnesses 'Big Data' to Predict Impact of Warmer Climate on Ecosystem Productivity and Carbon Cyclingby Northern Arizona UniversityHistorically, the methods available for measuring phenological changes across ecosystems have been less than ideal
NewsCoastal Water Absorbing More Carbon Dioxide, Researcher Reportsby University of DelawareContinental shelves are an increasing global sink for atmospheric carbon dioxide